@biorxivpreprint An autologous human iPSC-derived 3D organoid infection model for preclinical testing of antiviral T cells @ChariteBerlin 🇩🇪
https://t.co/wN0fvsZLqh
🚀🔬Exciting opportunity for a #PhD student to join the @HanssonLab at @Lund_Stem to explore proteomic vulnerabilities in #leukemia, focusing on age-specific therapies. Apply by 14 Aug, 2024 to join us at @LundUniversity!
Discover more:
➡️https://t.co/EhVXI3Eq4E
Our STEM CELL ZOO paper is out in @CellStemCell!
By using in vitro differentiation of ES/iPS cells, we recapitulated the segmentation clocks of mouse, human, rabbit, cow, marmoset, and even rhinoceros🐁🧍♀️🐰🐄🐒🦏
They showed species-specific clock periods!
https://t.co/POlOX54h2g
It was an amazing experience to participate in the Molecular Hematopoiesis Workshop at #EHA2023 and present how we at @Hanssonlab are applying mass spectrometry-based proteomics to study fetal and adult hematopoiesis. Thanks again @The_Will_Lab,
@MilsomMick and the organizers.
Attention🔔
We are looking for a post-doctoral researcher to join our team at @lunduniversity to work on developing a small molecule-based #reprogramming approach for advancing cancer #Immunotherapy !🧑🔬
To apply and find more details of the project visit: https://t.co/sklgW5fhH6
‘The imagination of nature is far greater than ours…’ By reducing polycystic kidney disease to simplified components (#organoids-on-chips), we learn that cysts form via absorption, not secretion. #SGLT2i
Paper: https://t.co/38xxKM4ZDa
News: https://t.co/lQyYhjZqdX
Thx2all!
Redefining Warburg!! Really happy our paper is out (it took a long journey!). We find that within tumors, non-dividing cells are the ones doing Warburg, basically challenging the dogma that this metabolic adaptation is for biomass.
https://t.co/yxqqw4o9Bt